Yes Yen GraphiTech-Computer Based Training on Heat Exchangers

Product Description:

Training on Various types of Heat Exchangers:
- A large range of Heat Exchangers covered
- Popular Exchangers like `Shell and Tube` covered in great detail
- Extensive 2D / 3D Graphics, Models and Animations
- A game on TEMA selection! Around 250 Exchangers can be assembled
- Glossary, Skill tests, Certificate printouts…

CBT Course Content:
1. Different Types of Heat Exchangers
1.1. Introduction
1.2. Shell and Tube
1.3. Air Cooled
1.4. Spiral Plate
1.5. Plate and Frame
1.6. Plate and Fin
1.7. Evaporative Cooled
1.8. Spiral Tube
1.9. Double Pipe
1.10. Pipe Coils
1.11. Bayonet
1.12. Patterned Plates
1.13. Mechanically aided
1.14. Jacketed Vessels
1.15. Direct contact
1.16. Fired Heaters
1.17. Regenerative exchangers

2. Detailed Description of Popular Shell and Tube Exchangers
2.1. Principle of operation of Shell and Tube Heat Exchangers
2.1.1. Fixed-Tube-Sheet Heat Exchanger
2.1.2. U – Tube Heat Exchanger
2.1.3. Packed-Lantern-Ring Heat Exchanger
2.1.4. Outside Packed Floating Head Exchanger
2.1.5. Internal Floating Head Exchanger
2.1.6. Pull-Through Floating Head Exchanger
2.2. Construction
2.2.1. Exploded views of Fixed-Tube-Sheet Heat Exchanger
2.2.2. Exploded views of U – Tube Heat Exchanger
2.2.3. Exploded views of Packed-Lantern-Ring Heat Exchanger
2.2.4. Exploded views of Outside Packed Floating Head Exchanger
2.2.5. Exploded views of Internal Floating Head Exchanger
2.2.6. Exploded views of Pull-Through Floating Head Exchanger
2.3. Hydraulic Pressure Testing and related Maintenance details
2.3.1. Fixed-Tube-Sheet Heat Exchanger
2.3.2. U – Tube Heat Exchanger
2.3.3. Packed-Lantern-Ring Heat Exchanger
2.3.4. Outside Packed Floating Head Exchanger
2.3.5. Internal Floating Head Exchanger
2.3.6. Pull-Through Floating Head
2.4. Tube-Side construction
2.4.1. Tube-Side Header
2.4.2. Bonnet
2.4.3. Channel
2.4.4. High Pressure Closures
2.4.5. Tube-Side Passes
2.4.6. Integrally Finned Tubes
2.4.7. Tube Layout
2.4.8. Tube Sheet
2.4.9. Rolled Tube Joints
2.4.10. Welded Tube Joints
2.4.11. Tubes and Tolerances
2.5. Shell-Side Construction
2.5.1. Shell Sizes
2.5.2. Shell Side Arrangements
2.6. Baffles and Tube Bundles
2.6.1. Segmental Baffles
2.6.2. Tie Rods and Spacers
2.6.3. Impingement Baffles
2.6.4. Vapor Distribution
2.6.5. Tube-Bundle Bypassing
2.6.6. Longitudinal Baffles

3. Air Cooled Exchangers
3.1.Operation – Flow Path across the exchanger
3.2.Exploded views
3.3.Maintenance details

4. Plate and Frame
4.1.Operation – Flow Path across the exchanger
4.2.Exploded views

5. TEMA UNDERSTANDING
5.1. Selection and Game on TEMA types
5.1.1. Front End Stationary Head Type
5.1.1.1. Channel and Removable Cover
5.1.1.2. Bonnet (Integral Cover)
5.1.1.3. Channel integral with Tube-Sheet and Removable Cover
5.1.1.4. Channel integral with Shell and Removable Cover
5.1.1.5. Special High Pressure Closure
5.1.2. Shell Types
5.1.2.1. One Pass Shell
5.1.2.2. Two Pass Shell with Longitudinal Baffle
5.1.2.3. Split Flow
5.1.2.4. Double Split Flow
5.1.2.5. Divided Flow
5.1.2.6. Kettle type Re-boiler
5.1.2.7. Cross Flow
5.1.3. Rear End Head Type
5.1.3.1. Fixed Tube type – ‘A’ Stationary Head
5.1.3.2. Fixed Tube type – ‘B’ Stationary Head
5.1.3.3. Fixed Tube type – ‘N’ Stationary Head
5.1.3.4. Guided Packed Floating Head
5.1.3.5. Out side Packed Floating Head
5.1.3.6. Floating Head with Backing Device
5.1.3.7. Pull-Through Floating Head
5.1.3.8. U – Tube Bundle
5.1.3.9. Externally Sealed Floating Head
5.2. Skill Test

6. Glossary of Technical Terms

7. Conventional and Interactive Skill Tests with evaluation